WO2020151292A1 - 一种管状织物的缝合装置及方法 - Google Patents

一种管状织物的缝合装置及方法 Download PDF

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Publication number
WO2020151292A1
WO2020151292A1 PCT/CN2019/114948 CN2019114948W WO2020151292A1 WO 2020151292 A1 WO2020151292 A1 WO 2020151292A1 CN 2019114948 W CN2019114948 W CN 2019114948W WO 2020151292 A1 WO2020151292 A1 WO 2020151292A1
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Prior art keywords
assembly
suction
component
transfer
tubular
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PCT/CN2019/114948
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English (en)
French (fr)
Inventor
杨志林
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浙江嘉志利智能科技有限公司
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Application filed by 浙江嘉志利智能科技有限公司 filed Critical 浙江嘉志利智能科技有限公司
Priority to CN201980040181.1A priority Critical patent/CN112424408A/zh
Publication of WO2020151292A1 publication Critical patent/WO2020151292A1/zh

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    • D—TEXTILES; PAPER
    • D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
    • D04B—KNITTING
    • D04B9/00—Circular knitting machines with independently-movable needles
    • D04B9/40—Circular knitting machines with independently-movable needles with provision for transfer of knitted goods from one machine to another
    • D—TEXTILES; PAPER
    • D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
    • D04B—KNITTING
    • D04B39/00—Knitting processes, apparatus or machines not otherwise provided for
    • D04B39/08—Sewing machines modified for knitting
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06G—MECHANICAL OR PRESSURE CLEANING OF CARPETS, RUGS, SACKS, HIDES, OR OTHER SKIN OR TEXTILE ARTICLES OR FABRICS; TURNING INSIDE-OUT FLEXIBLE TUBULAR OR OTHER HOLLOW ARTICLES
    • D06G3/00—Turning inside-out flexible tubular or other hollow articles
    • D06G3/02—Turning inside-out flexible tubular or other hollow articles by mechanical means

Definitions

  • the invention belongs to the technical field of circular knitting machines, and particularly relates to a sewing device and method for tubular fabrics.
  • the pick-up device picks up the fabric from the circular hosiery knitting machine, and optionally transmits it to the conveying device by cooperating with the knitting loops on the knitting rows of the fabric end, so that the half-row knitting loops of the fabric end knitting row Before sewing or crocheting, they face the knitting loops of the other half row respectively, so that the stitching or crocheting head connects the two loops of the two half rows facing each other in the knitting row, thereby closing the end of the fabric .
  • the stitching or crocheting operation is usually performed on the fabric that is turned inside out, so that the stitching or crocheting is almost invisible on the front side of the fabric, that is, the side that is normally invisible when the fabric is worn.
  • the chain loop makes hosiery and other fabrics achieve good results in terms of accuracy and beauty.
  • the tubular fabric knitted by a circular knitting machine usually faces outwards. Therefore, when the tubular fabric is closed at the stitching or crocheting station, a flipper is needed to turn the tubular fabric inside out before being subjected to stitching. Or crochet operation.
  • the existing tumbling device is basically a tubular structure.
  • the tumbling device is located under the holder or picking device that clamps the closed end of the tubular fabric.
  • the upper end of the tubular structure faces the hanging fabric.
  • the inside of the tubular structure is connected to the suction device to pass The upper end sucks the hanging fabric, and then raises the tubular structure to pass through the to-be-closed end of the tubular fabric with its upper end.
  • the fabric is turned outwards onto the outer surface of the tubular structure, turning the inside out.
  • the suction device in the tubular structure cannot complete the work of sucking the fabric from the circular hosiery knitting machine.
  • the applicant disclosed in the application number 2017208833794 a device for sewing tubular fabrics with a lifting function, including a transfer device, a clamping disc, a turning device and a sewing device;
  • the transfer device includes a transfer disc, which is used for the transfer disc Remove the knitted tubular fabric and transfer it to the clamping plate for clamping;
  • the clamping plate includes two half-circular seam plates that can be folded in half;
  • the sewing device is located on the side of the clamping plate;
  • the turning device includes a The suction component is located below the clamping plate, and a tubular member is provided in the suction component, and the tubular member is connected to a negative pressure air source; the outside of the suction component is provided with a lifting device that drives the entire assembly to move up and down.
  • This lifting device can reduce the height of the entire suction assembly below and increase the distance between the suction assembly and the clamping plate.
  • the ground height of the suction assembly limits the descending range of the suction assembly, and it does not actually absorb the long tubular fabric well. .
  • the purpose of the present invention is to provide a sewing device and method for tubular fabrics with simple structure, low failure rate, and capable of quickly adsorbing and sewing fabrics.
  • the first technical solution of the present invention is: a sewing device for tubular fabrics, including a transfer device, a clamping disc, a turning device, and a sewing device;
  • the transfer device includes a transfer disc, and the transfer disc is used to remove the knitted fabric
  • the tubular fabric is transferred to the holding plate for clamping;
  • the holding plate includes two half-circular seam plates that can be folded in half;
  • the sewing device is located on the side of the holding plate;
  • the turning device includes a suction component, and the suction component is located Below the clamping plate, a tubular member is provided in the suction assembly, and the tubular member is connected to a negative pressure air source;
  • the outer side of the suction assembly is provided with a moving device that drives the entire assembly to move horizontally and up and down.
  • the moving device includes a lateral movement assembly and a lifting assembly; both the lateral movement assembly and the lifting assembly are provided with sliding blocks, and the moving directions of the two sliding blocks They are perpendicular to each other, and the two sliding blocks are fixed as a whole.
  • the lifting assembly is fixed on the frame of the turning device, the traversing component is installed on the suction component, the lifting component and the traversing component are arranged perpendicular to each other, and the sliders on the lifting component and the traversing component pass through a connecting seat Fixed into one.
  • the traverse assembly and the lifting assembly have the same structure, and both include a guide rail on which a sliding block matched with it is provided; and a motor connected to a screw rod, and the screw rod and the sliding block rotate and cooperate.
  • the second technical solution of the present invention is: a method for sewing tubular fabrics.
  • the transfer disc In the initial position, the transfer disc is located below the clamping disc.
  • the traverse assembly drives the suction assembly synchronously Move closer to the circular knitting machine, while the lifting assembly drives the suction assembly down to increase the distance between the suction assembly and the transfer plate; then, the tubular part of the suction assembly absorbs the tubular fabric through negative pressure, and when the transfer device returns under the clamping plate,
  • the traverse component synchronously drives the suction component to move below the clamping plate, and at the same time the lifting component moves up to the original position for subsequent turning and sewing processes.
  • the tubular fabric is transferred to the clamping plate through the transfer device, and the suction (negative pressure) state in the tubular member is used to suck the other end of the tubular fabric hanging down into the tubular member, so that the tubular fabric is overall In the vertical state, if the tubular fabric is too long, in order to enable the tubular fabric to be sucked into the tubular member smoothly, when the transfer disc moves to grab the tubular fabric on the circular knitting machine, the traverse assembly drives the entire suction assembly to move to the circular knitting machine At the same time, the lifting assembly can drive the entire suction assembly to move down, increasing the distance between the suction assembly and the transfer plate, so that the tubular fabric can enter the tubular member earlier. When the tubular fabric smoothly enters the tubular member, the entire suction assembly can move horizontally and Move up to the original position for follow-up work.
  • the lifting assembly can reduce the height of the entire suction assembly and increase the distance between the suction assembly and the clamping plate, but the ground clearance of the suction assembly limits the descending height of the suction assembly, so upgrading the assembly often requires other devices to cooperate, for example, you can toggle The fabric lever.
  • the traverse component can shorten the distance between the entire suction component and the circular knitting machine, so that the tubular member can suck the tubular fabric earlier. At the same time, the distance between the suction component and the circular knitting machine also limits the translation distance of the suction component .
  • the invention combines translation and lifting, and can move arbitrarily in the horizontal and vertical directions according to the length of the tubular fabric, which can reduce the difficulty of the tubular member in sucking the tubular fabric, and can also reduce the amplitude of horizontal movement and up-and-down lifting.
  • the horizontal and vertical linear movement distance of the small suction component makes the overall operation convenient and stable, and reduces the failure rate of the device.
  • Figure 1 is a schematic diagram of the overall structure
  • Figure 2 is a schematic structural diagram of a mobile device
  • Figure 3 is a schematic diagram of the movement of the suction assembly before and after the improvement.
  • transfer device 3 transfer disc 31, clamping disc 4, frame 5, lateral movement assembly 6, first base 61, first guide rail 62, first sliding block 63, first motor 64, A screw rod 65, a lifting assembly 7, a second base 71, a second guide rail 72, a second sliding block 73, a second motor 74, a second screw rod 75, a connecting seat 8, a tubular fabric 9, a lever mechanism 10, The suction assembly 11, the clamping assembly 12, and the delivery assembly 13.
  • This embodiment includes a turning device, a clamping disk 4, a transfer device 3, a suture device, and a frame 5.
  • the turning device is mounted on the frame 5;
  • the transfer device 3 includes a transfer disk 31 and a transfer arm, which is mounted on On the frame 5, the transfer disc 31 is installed on the transfer arm, and can be moved back and forth under the drive of the transfer arm;
  • the transfer disc has a circular ring structure, and the inner circle of the transfer disc is provided with transfer needles, the transfer needles wrap around in a circle, and the transfer needles It is used to transfer the tubular fabric from the needle bed of the circular knitting machine to the needle;
  • the transfer plate is used to remove the knitted tubular fabric and transfer it to the clamping plate 4 for clamping;
  • the clamping plate 4 includes a Two half-circle circular seam discs folded in half, and the suture device is located on the side of the clamping disc.
  • the turning device can be divided into a suction component 11, a clamping component 12, and a delivery component 13.
  • the suction component 11 is located below the clamping component 12, the delivery component 13 is located above the clamping component 12, and the suction component 11 and the clamping component 12
  • the objects and the delivery assembly 13 are located on the same axis; the suction assembly 11 is provided with a tubular member, and the tubular member is connected to a negative pressure air source.
  • the outside of the suction assembly 11 is provided with a moving device that drives the entire assembly to move horizontally and up and down.
  • the moving device includes a traversing component 6 and a lifting component 7; the traversing component 6 and the lifting component 7 have the same structure, but the directions are perpendicular to each other.
  • the traverse assembly includes a first base 61, the first base 61 is installed on the suction assembly 11, the upper and lower sides of the first base 61 are provided with a first rail 62, on the first rail There is a first sliding block 63 matched therewith; a first motor 64 is installed above the first base, the first motor is connected to the first screw rod 65, and the first screw rod 65 and the first sliding block 63 are rotationally matched.
  • the lifting assembly 7 includes a second base 71, the second base is installed on the frame 5 of the turning device, the upper and lower sides of the second base are each provided with a second guide rail 72, the second guide rail is provided with the corresponding
  • the second sliding block 73 is matched; a second motor 74 is installed above the second base, the second motor is connected to the second screw 75, and the second screw 75 is rotatably matched with the second sliding block 73; the first sliding block 63 and the second sliding block 73 are fixed as a whole through a connecting seat 8.
  • the lifting assembly 7 is installed on the frame 5, and the traversing component 6 is installed on the suction component 12.
  • the two can also be installed interchangeably, as long as the lifting component and the traversing component are opposite and arranged perpendicular to each other.
  • (a) is a schematic diagram of the movement of the suction component with only the lifting component.
  • the ground height of the suction component 11 limits the lowering height of the suction component, so the side of the suction component is also equipped with a lever mechanism that can toggle the fabric 10.
  • (b) This is a schematic diagram of the movement of the suction component in this embodiment.
  • the suction component can choose to move in the horizontal x-direction alone, the vertical y-direction alone, or move in the horizontal x-direction and the vertical y-direction at the same time as required to make the suction component
  • the distance between the moving end point and the starting point forms an oblique line. In the case of the same height, the distance between the suction assembly of this embodiment and the clamping plate is greater than the distance between the two in (a).
  • the tubular member of the suction assembly is in a suction state and starts to absorb the remaining end of the tubular fabric 9 to completely suck the tubular fabric into the tubular member;
  • the entire suction assembly 11 can be driven by the transverse movement assembly to move to the original position, and the lifting assembly 7 drives the entire suction assembly to move up to the original position; at the same time the transfer disc 31 rotates to the clamping assembly 12 below the semicircular annular seam plate, that is, above the tubular member, after the tubular member stops sucking, the solenoid valve connects to the atmosphere, and the delivery assembly 13 above the clamping assembly 12 starts to adsorb the tubular fabric;

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Mechanical Engineering (AREA)
  • Sewing Machines And Sewing (AREA)
  • Treatment Of Fiber Materials (AREA)

Abstract

一种管状织物的缝合装置及方法，包括转移装置（3）、夹持盘（4）、翻转装置和缝合装置；所述转移装置（3）包括一转移盘（31），转移盘（31）用于取下完成编织的管状织物，并将其转移至夹持盘（4）进行夹持；缝合装置位于夹持盘（4）侧面；所述翻转装置包括一吸物组件（11），吸物组件（11）位于夹持盘（4）下方；所述吸物组件（11）外侧设有带动整个组件水平移动以及上下移动的移动装置，移动装置包括横移组件（6）和升降组件（7）；所述横移组件（6）和升降组件（7）上均设有滑块（63,73），两滑块（63,73）的移动方向互相垂直，且两滑块（63,73）固定成一体。通过将平移与升降相结合，减小吸物组件（11）在水平方向和竖直的直线移动距离，使得整体操作方便稳定，降低了装置的故障率。

Description

一种管状织物的缝合装置及方法 技术领域
本发明属于圆型针织机技术领域，特别涉及一种管状织物的缝合装置及方法。
背景技术
圆型袜类针织机在编织完管状织物后，往往需要对管状织物进行缝合加工。现有技术中已有拾取圆型袜类针织机编织完后的管状织物，并将其传送到缝织或钩织工位的装置，而在缝织或钩织工位设有缝织或钩织头，通过该缝织或钩织头管状织物进行缝合加工。通常，拾取装置从圆型袜类针织机上拾取织物，并可选地通过分别与织物末端针织行上的针织线圈配合而将其传送到运送装置，使所述织物末端针织行的半行针织线圈在缝织或钩织之前分别面向另外半行的针织线圈，从而利用缝织或钩织头连结该针织行的相互面对的两个半行的两个线圈，从而起到封闭织物末端的作用。
在自动封闭管状针织物件工艺中，缝织或钩织操作通常在内部外翻的织物上进行，从而在织物正面，即在穿戴织物时通常不可见的一侧几乎看不到缝织或钩织链状线圈，使得袜类等织物在精确度和美观方面都可达到良好效果。而圆型针织机编织出来的管状织物通常是正面朝外的，因此，在缝织或钩织工位封闭管状织物时，需要翻转器来将管状织物进行内部外翻工作后，再经受缝织或钩织操作。
现有的翻转器基本为管状结构，翻转器位于夹持着管状织物底部封闭端的夹持器或拾取装置下方，管状结构上端面向悬挂的织物，然后将管状结构内部连接到抽吸装置，从而通过其上端抽吸悬挂的织物，然后将管状结构升高，以用其上端穿过管状织物的待封闭端，而穿过过程中，织物外翻到管状结构的外侧表面上，使内侧外翻。但是当管状织物过长时，管状结构内的抽吸装置无法完成将织物从圆型袜类针织机内吸出的工作。
本申请人在申请号2017208833794中公开了一种带升降功能的用于缝合管状织物的装置，包括转移装置、夹持盘、翻转装置和缝合装置；所述转移装置包括一转移盘，转移盘用于取下完成编织的管状织物，并将其转移至夹持盘进行夹持；夹持盘包括可对折的2个半圆环缝盘；缝合装置位于夹持盘侧面；所述翻转装置包括一吸物组件，吸物组件位于夹持盘下方，吸物组件内设有一管状件，管状件连接负压气源；所述吸物组件外侧设有带动整个组件上下移动的升降装置。这个升降装置可以降低下方整个吸物组件的高度，增大吸物组件与夹持盘的距离，但是吸物组件的离地高度限制了吸物组件的下降范围，实际并不能很好地吸附过长的管状织物。
发明内容
本发明的目的是提供一种结构简单、故障率低，能够快速吸附织物、缝合织物的管状织物的缝合装置及方法。
本发明的第一个技术方案是：一种管状织物的缝合装置，包括转移装置、夹持盘、翻转装置和缝合装置；所述转移装置包括一转移盘，转移盘用于取下完成编织的管状织物，并将其转移至夹持盘进行夹持；夹持盘包括可对折的2个半圆环缝盘；缝合装置位于夹持盘侧面；所述翻转装置包括一吸物组件，吸物组件位于夹持盘下方，吸物组件内设有一管状件，管状件连接负压气源；
其特征在于：
所述吸物组件外侧设有带动整个组件水平移动以及上下移动的移动装置，移动装置包括横移组件和升降组件；所述横移组件和升降组件上均设有滑块，两滑块的移动方向互相垂直，且两滑块固定成一体。
优选地，所述升降组件固定在翻转装置的机架上，横移组件安装在吸物组件上，升降组件和横移组件互相垂直设置，且升降组件和横移组件上的滑块通过一连接座固定成一体。
优选地，所述横移组件和升降组件结构相同，均包括导轨，导轨上设有与之相配合的滑块；还包括一电机，电机连接一丝杆，丝杆与滑块转动配合。
本发明的第二个技术方案是：一种管状织物的缝合方法，初始位置，转移盘位于夹持盘下方，当转移盘移动到圆型针织机上方转移织物时，横移组件驱动吸物组件同步移动，靠近圆型针织机，同时升降组件驱动吸物组件下移，增大吸物组件与转移盘的距离；随后，吸物组件的管状件通过负压吸附管状织物，转移装置返回夹持盘下方时，横移组件同步驱动吸物组件移动至夹持盘下方，同时升降组件上移至原位，进行后续翻转、缝合工序。
本发明工作时，通过转移装置将管状织物转移到夹持盘上，利用管状件内的吸气(负压)状态，将垂下来的管状织物另一端吸取到管状件内，使得管状织物整体呈垂直状态，如果管状织物过长，为了使管状织物能够顺利被吸进管状件内，在转移盘移动去抓取圆型针织机上管状织物时，横移组件驱动整个吸物组件向圆型针织机移动，同时，升降组件可以驱动整个吸物组件下移，增大吸物组件与转移盘的距离，便于管状织物更早进入管状件内，当管状织物顺利进入管状件内后，整个吸物组件可横移且上移至原位，进行后续工作。
升降组件可以降低整个吸物组件的高度，增大吸物组件与夹持盘的距离，但是吸物组件的离地高度限制了吸物组件的下降高度，所以升级组件往往还需要其他装置配合，例如可以拨动织物的拨杆。而横移组件可以缩短整个吸物组件与圆型针织机的距离，使得管状件 可以更早地抽吸管状织物，同时，吸物组件与圆型针织机之间的距离也限制了吸物组件的平移距离。
本发明将平移与升降相结合，可以在水平及竖直方向上按照管状织物的长度任意移动，既能降低管状件抽吸管状织物的难度，同时也可以降低水平移动以及上下升降的幅度，减小吸物组件在水平方向和竖直的直线移动距离，使得整体操作方便稳定，降低了装置的故障率。
附图说明
以下结合附图和本发明的实施方式来作进一步详细说明
图1为整体结构示意图；
图2为移动装置的结构示意图；
图3为改进前后吸物组件移动示意图。
图中标记为：转移装置3、转移盘31、夹持盘4、机架5、横移组件6、第一基座61、第一导轨62、第一滑块63、第一电机64、第一丝杆65、升降组件7、第二基座71、第二导轨72、第二滑块73、第二电机74、第二丝杆75、连接座8、管状织物9、拨杆机构10、吸物组件11、夹持组件12、送物组件13。
具体实施方式
参见附图。本实施例包括翻转装置、夹持盘4、转移装置3、缝合装置和机架5，翻转装置安装在机架5上；所述转移装置3包括一转移盘31和转移臂，转移臂安装在机架5上，转移盘31安装在转移臂上，可在转移臂的带动下来回移动；所述转移盘为圆环结构，转移盘内圈设有转移针，转移针环绕成一圈，转移针用于将管状织物从圆型针织机的针床上针对针地转移过来；转移盘用于取下完成编织的管状织物，并将其转移至夹持盘4进行夹持；夹持盘4包括可对折的2个半圆环缝盘，缝合装置位于夹持盘侧面。
翻转装置可分为吸物组件11、夹持组件12和送物组件13，所述吸物组件11位于夹持组件12下方，送物组件13位于夹持组件12上方，吸物组件11、夹持组件12和送物组件13三者位于同一轴线上；吸物组件11内设有一管状件，管状件连接负压气源。
吸物组件11外侧设有带动整个组件水平移动以及上下移动的移动装置，移动装置包括横移组件6和升降组件7；所述横移组件6和升降组件7结构相同，只是设置的方向互相垂直。如图2所示，所述横移组件包括第一基座61，第一基座61安装在吸物组件11上，第一基座61上下两侧各设有一第一导轨62，第一导轨上设有与之相配合的第一滑块63；第一基座上方安装有第一电机64，第一电机连接第一丝杆65，第一丝杆65与第一滑块63转 动配合。所述升降组件7包括第二基座71，第二基座安装在翻转装置的机架5上，第二基座上下两侧各设有一第二导轨72，第二导轨上设有与之相配合的第二滑块73；第二基座上方安装有第二电机74，第二电机连接第二丝杆75，第二丝杆75与第二滑块73转动配合；所述第一滑块63与第二滑块73通过一连接座8固定成一体。
本实施例将升降组件7安装在机架5上，横移组件6安装在吸物组件12上，两者也可以互换安装，只要升降组件和横移组件相对且互相垂直设置即可。
如图3所示，(a)为仅具有升降组件的吸物组件移动示意图，吸物组件11的离地高度限制了吸物组件的下降高度，所以吸物组件侧面还装有可以拨动织物的拨杆机构10。(b)为本实施例中吸物组件移动示意图，吸物组件可以选择单独水平x方向移动、单独竖直y方向移动，也可以按需求在水平x方向和竖直y方向上同时移动，使得吸物组件移动终点与起始点之前的距离形成斜线，同样高度的情况下，本实施例吸物组件与夹持盘的距离大于(a)中两者的距离。
工作时：
1)圆型针织机编织好管状织物，转移装置3的转移盘31在转移臂的驱动下移动到圆型针织机的圆形针床上方，将编织好的管状织物9移到转移盘31上；
2)吸物组件外部设有横移组件6驱动整个吸物组件11平移，缩短吸物组件11与圆形针织机的距离；且升降组件7驱动整个吸物组件11下移，增大吸物组件与转移盘的距离；
此时吸物组件的管状件处于吸气状态，开始吸附管状织物9剩余的另一端，将管状织物完全吸进管状件；
3)当管状织物顺利进入管状件内后，整个吸物组件11可受横移组件驱动平移至原位，受升降组件7驱动整个吸物组件上移至原位；同时转移盘31转动到夹持组件12的半圆环缝盘下方，即管状件上方后，管状件停止吸气工作后，电磁阀连通大气，夹持组件12上方的送物组件13开始将管状织物吸附上去；
4)夹持盘的2个半圆环缝盘对折，对折后，夹持盘侧面的缝合装置对夹持盘上的管状织物进行缝合，缝合结束后，管状织物脱离夹持盘，管状织物被夹持盘的上端管路吸附，从与管路连接的出料口出来，完成管状织物整体的编织与缝合等工作。

Claims (4)

  1. 一种管状织物的缝合装置，包括转移装置、夹持盘、翻转装置和缝合装置；所述转移装置包括一转移盘，转移盘用于取下完成编织的管状织物，并将其转移至夹持盘进行夹持；夹持盘包括可对折的2个半圆环缝盘；缝合装置位于夹持盘侧面；所述翻转装置包括一吸物组件，吸物组件位于夹持盘下方，吸物组件内设有一管状件，管状件连接负压气源；
    其特征在于：
    所述吸物组件外侧设有带动整个组件水平移动以及上下移动的移动装置，移动装置包括横移组件和升降组件；所述横移组件和升降组件上均设有滑块，两滑块的移动方向互相垂直，且两滑块固定成一体。
  2. 如权利要求1所述的一种管状织物的缝合装置，其特征在于：所述升降组件固定在翻转装置的机架上，横移组件安装在吸物组件上，升降组件和横移组件互相垂直设置，且升降组件和横移组件上的滑块通过一连接座固定成一体。
  3. 如权利要求1所述的一种管状织物的缝合装置，其特征在于：所述横移组件和升降组件结构相同，均包括导轨，导轨上设有与之相配合的滑块；还包括一电机，电机连接一丝杆，丝杆与滑块转动配合。
  4. 一种管状织物的缝合方法，其特征在于：使用权利要求1～3任一项所述的缝合装置，初始位置，转移盘位于夹持盘下方，当转移盘移动到圆型针织机上方转移织物时，横移组件驱动吸物组件同步移动，靠近圆型针织机，同时升降组件驱动吸物组件下移，增大吸物组件与转移盘的距离；随后，吸物组件的管状件通过负压吸附管状织物，转移装置返回夹持盘下方时，横移组件同步驱动吸物组件移动至夹持盘下方，同时升降组件上移至原位，进行后续翻转、缝合工序。
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